
Explore how machine translation works, its history, and how to evaluate and post-edit output, while examining the future of translators amid advancing artificial intelligence.
Identify what machine translation is and how trained engines translate using linguistic corpora. Review milestones from Georgetown IBM to the ALPAC report and current market trends and engine types.
Explore how machine translation imitates human decoding and recoding of meaning, as rule-based machine translation uses built-in linguistic rules and bilingual dictionaries across direct, transfer-based, and interlingual systems.
Explore how statistical machine translation builds a translation model from bilingual and monolingual corpora, learns word and segment correlations, and blends with translation memories and glossaries in hybrid machine translation.
Explore how neural machine translation uses neural networks to learn word vectors from corpora for fluent output, refined by terminology lists and dictionaries.
Explore emerging task types in machine translation post-editing, including pre-editing and post-editing, and explain controlled natural language, highlighting restrictions on vocabulary, grammar, and style.
Pre-editing prepares source text before machine translation training by correcting grammar, punctuation, and spelling, removing ambiguities, and simplifying structures to improve translation quality and reduce post-editing.
Identify common machine translation flaws, such as missing tags, incorrect spacing, and inconsistent terminology. Explore automatic and human evaluation to determine MT usability for post editing and retranslation.
Explore why automatic evaluation exists and how edit distance measures the effort to improve MT output through post edits. Examine metrics like BLEU and TER that compare to reference translations.
Discover why human evaluation remains essential in machine translation post-editing. Assess readability and comprehensibility of MDT output with native linguists using rating scales.
Explore the MT evaluation sample scale, measuring readability and translation quality from severe wrong to perfect rendering, with tips on consistent evaluation by multiple linguists and not applying human-translation criteria.
Master machine translation post editing by correcting machine translation output to meet client quality criteria in standalone or integrated multimodal environments, benefiting clients and linguists.
Learn how light MTBE, a readable post editing approach for raw machine translation output, corrects only the most serious errors to provide basic readability while preserving content.
Master full MTPE by post-editing raw MDT output to produce fluent, publishable translations comparable to human work, and understand productivity metrics, task files, and the full MTPE style guidelines.
embrace change in translation by reflecting on emotions, learning from past tech shifts, and using the post editing checklist and tips to start mastering post editing in emerging jobs.
Learn to distinguish between editing, post editing, over editing, and under editing in machine translation post editing, applying client instructions with minimal, purposeful changes.
Identify the essential qualifications for a post editor in machine translation, including translation proficiency, linguistic skills, domain knowledge, cat tools, tmx and tbx, and continuous learning.
Discover the future of machine translation, with neural MT, zero-shot multilingual systems, and rare language resources. Explore quality metrics, post editing without source, and instant translation for video and IoT.
This course is a journey into the Machine Translation (MT) world, that is rapidly affecting the translation market. During this journey, the learner will delve into how MT works and the history of MT engines. The learner will be equipped with all the necessary skills, along with tips and tricks, to know how to evaluate and post-edit MT output. It consists of four modules. Each module contains one or more than one quiz along with helpful downloadable resources to get started.
In this course, we follow ADDIE's model. Thus, we
Analysed market needs for post-editors, in addition to the available MTPE courses. It complies with ISO Standard 18587 for MTPE.
Designed the course using the ROPES model to ensure maximum benefit for our learners and help them to encode MTPE skills into their long-term memory. Thus, they can make use of these skills even after a long period of training.
Developed the course using a variety of illustrative methods and quizzes.
Implemented the course to be self-paced, to ensure that our learners are freed from time and place limitations.
Evaluated the course and its impact on learners' skills before publishing it.